Total Recommended Hours
Competencies & Objectives Lists
|Levels 1-4: 700, includes Core||Click here|
Module ID 34101-10: Provides an overview of the boilermaker craft, including a description of career opportunities.
Module ID 34102-10: Covers safety issues specific to boilermakers on the job.
Module ID 34103-10: Introduces the hand and power tools used by boilermakers, and the associated safety concerns.
Module ID 34104-10: Identifies materials used in the construction of boilers, including material properties, standards and codes, and material markings.
Module ID 34105-10: Explains the safety requirements associated with oxyfuel cutting. Describes straight line, bevel, piercing, and washing techniques.
Module ID 34106-10: Describes gasket materials used in mating flanges and procedures for laying out and cutting a flange gasket.
Module ID 34107-10: Describes how to clean and prepare base metals for cutting and welding.
Module ID 34108-10: Describes welding and cutting processes and related equipment. Includes filler metals, joint design, and the codes that govern welding practices.
Module ID 34201-11: Introduces boiler configurations and applications. Identifies boiler components and explains their functions.
Module ID 34202-11: Identifies valves found in boiler systems. Describes valve components and explains their functions. Explains how to select, store, handle, and install valves, and describes valve markings and nameplate information.
Module ID 34203-11: Identifies pipe hangers and supports and explains how to interpret pipe support drawings and symbols. Explains how to select, store, handle, install, and maintain spring can supports.
Module ID 34204-11: Explains how to read drawings and their symbols. Covers plot plans, structural drawings, elevation drawings, as-built drawings, equipment arrangement drawings, piping and instrumentation drawings, isometric drawings, spool sheets, detail sheets, and orthographic drawings.
Module ID 34205-11: Covers threaded and non-threaded fasteners and anchoring devices. Explains how to select fasteners and anchors for given applications. Describes how to install threaded, non-threaded, and insulated fasteners and anchors.
Module ID 34206-11: Explains how to read symbols on welding drawings, specifications, and welding procedure specifications. Describes the symbols for fillet welds, groove welds, miscellaneous other welds, and non-destructive tests.
Module ID 34207-11: Describes different types of socket weld piping materials and fittings and how to read socket weld piping drawings. Explains how to determine pipe lengths between socket weld fittings, as well as how to mate socket weld fittings to pipe.
Module ID 34208-11: Covers preparing pipe ends for butt welding; determining pipe lengths between butt weld fittings; and using welding jigs to align pipe and butt weld fittings for welding. Explains how to select and install backing rings.
Module ID 34209-11: Describes methods used to gain access to boiler tubes needing repair, and to prepare boiler tubes for replacement. Explains how to fit-up a section of boiler tube. Describes welding procedures for making butt welds on standard carbon steel tubes and composite tubes.
Module ID 34210-11: Describes air carbon arc cutting (CAC-A) equipment and processes. Explains how to select and install CAC-A electrodes, and how to prepare the work area and CAC-A equipment for safe operation. Provides instructions for using CAC-A equipment for washing and gouging activities.
Module ID 29103-09: from Welding Level One, Fourth Edition
Module ID 34301-11: Describes the pressure components of a boiler system and their locations. Explains the procedures required to repair pressure components of a boiler
Module ID 34302-11: Describes the nonpressure components of a boiler system and their locations. Explains the procedures required to repair nonpressure components of a boiler.
Module ID 34306-11: Describes the air flow systems within a boiler system and the different fuels used to fire boiler system furnaces. Describes ash removal systems and the equipment used to protect the environment. Covers the feed water system into a boiler and the blow down from a boiler system.
Module ID 34305-11: Describes types of BRIL and explains their functions. Also addresses hazards associated with BRIL.
Module ID 34303-11: Explains the methods used to identify problem tubes and extract them. Also describes the methods used for replacing and plugging tubes.
Module ID 34308-11: Lists pretest requirements for boiler system piping systems and equipment. Describes service and flow tests, head pressure tests, and hydrostatic tests performed on boiler system piping systems and equipment.
Module ID 15206-07: from Millwright Level Two
Module ID 34307-11: Explains the functions of towers and exchangers and the basic distillation process. Describes various types of towers and exchangers and their components.
Module ID 34401-12: Covers tables of equivalents and units of conversion. Explains the basics of trigonometry and how to apply them to the installation of pipe. Explains how to calculate the weight of objects.
Module ID 34410-12: Explains how to determine the center of gravity for objects to be rigged and how a load’s weight and center of gravity affect lifting devices such as cranes. Describes how to use cribbing to support lifted loads. Covers the use of slings and spreader or equalizer bars to lift loads. Describes the tools used to move loads laterally. Explains how to determine the center of gravity of asymmetrical loads.
Module ID 34402-12: Covers symbols and abbreviations used on piping and instrumentation drawings and piping arrangement drawings. Explains how to read and interpret different types of construction drawings. Explains how to sketch an isometric drawing from a plan view drawing, and how to calculate line lengths from isometric drawings.
Module ID 08402-07: from Pipefitting Level Four.
Module ID 34406-12: Covers metal distortion and ways to prevent it. Explains thermal growth in metals, and how to calculate thermal growth in given metals. Explains how misalignment creates stress in metals. Describes ways to relieve stress in piping that is experiencing distortion due to welding, thermal growth, or misalignment.
Module ID 34407-12: Covers codes governing welding and boilers. Describes weld imperfections and their causes. Identifies and explains different nondestructive and destructive testing methods. Explains how to make visual inspections of fillet welds. Describes welder qualification testing, and stresses the importance of quality workmanship.
Module ID 34411-12: Identifies different types of heat exchangers and their components. Describes methods used to test exchangers, and how to pull exchanger bundles. Explains how to replace a flange and a nozzle on an exchanger.
Module ID 34412-12: Identifies different types of towers and their components. Explains how to remove and replace different types of packing used in towers. Describes methods used to make field repairs to tower trays. Explains how to remove a tower distributer for maintenance.
Module ID 46101-11, Second Edition: Covers basic leadership skills and explains different leadership styles, communication, delegating, and problem solving. Jobsite safety and the crew leader’s role in safety are discussed, as well as project planning, scheduling, and estimating. Includes performance tasks to assist the learning process.
Contributing Subject Matter Experts
Subject Matter Experts (SMEs) are a vital part of NCCER’s Curriculum development process. SMEs are construction and maintenance professionals who have journey-level experience and have experience teaching their trades to others.
Brian Walker, Starcon
Ed LePage, CIANBRO
Gabriel Sanchez, Zachry
Mark Rash, Repcon Strickland
Mike Wells, Qualified Contractors, Inc.
Raymond P. Garner Jr., Constellation Energy
Roger Ivey, KBR Construction Co., Inc.
NCCER’s Instructor Toolbox provides easy access to important instructional resources for your training program. You’ll find downloadable course planning tools, examples of classroom activities and projects, and instructor tips and best practices to help you enhance your program.
NCCER’s assessments evaluate the knowledge of an individual in a specific craft area and provide a prescription for upgrade training when needed. All assessments are based upon the NCCER Curriculum and have been developed in conjunction with subject matter experts from the industry. Click the assessment title below to open its specifications.